Part Number: TMAG5231 Other Parts Discussed in Thread: TMAG5233 Tool/software: Hello,
what is the optimal sensor orientation for PCB placement for the sensor to detect magnet motion in the Y-direction. Please see the attachment. it has 2 sensors orientations…
Part Number: TMAG5231 Tool/software: Hello E2E Experts,
Good day.
I am trying to find the correct setup for Hall sensor/switches I want to use and I am using the TIMSS tool for that. However, I found that some of the product specs seem wrong, e.g.
TMAG5231H1DQDBZR…
Part Number: TMAG5231 Hi team,
Customer want to do simulation for 4 magnet at different position, however, I find the TIMSS tools can only do 1 magnet simulation, could you help check how could we do 4 magnets simulation?
Thanks and Best regards,
Wi…
Part Number: TMAG5231 Hello,
I am planning to conformally coat the PCB that includes the TMAG5231. Can it have any adverse effects on the behavior of the sensor like reduced sensitivity, false trip, noise induction etc.?
Thanks.
Part Number: TMAG5231 The stated high remanence value for the N55 magnet in the TIMSS tool seems to be inaccurate. The high remanence value is listed as 1451mT, while it seems the correct value should be 1510mT.
Part Number: TMAG5231 Hello,
I have multiple sensors in the design on the bottom side of the PCB which are 6.25mm apart. There is a metal frame mounted on top of the sensors such that there is a square cutout 4mm X 4mm in the metal frame.
the magnet is…
Part Number: TMAG5231 I am using the TIMSS tool to characterize the performance of the TMAG5231C1DQDBZR sensor when using an N52 axial cylindrical magnet in a hinge application. In addition to nominal conditions, I am using the tool to simulate edge cases…
Part Number: TMAG5231TMAG5231A1CQDMRR - I'm getting what appear to be odd results from the TIMSS linear analysis device output 1 when a 1.6x0.8mm magnet is 2mm on either side of the sensor. Please see image below for more details.
Part Number: TMAG5231 Hi team,
1. Is TMAG5231 possible to work with 1.55V of power supply voltage? Because the power supply for TMAG5231 is silver oxide battery(1.55V).
Best regards,
Shunsuke Yamamoto